PreciseGradeGuidance.Simple.Fast.Proven.

2D machine control uses sensors mounted on key points of an excavator—typically the boom, stick, bucket, and machine body—to continuously calculate the position of the bucket's cutting edge. Once the operator establishes a target depth, elevation, or slope, the system provides real-time guidance directly inside the cab, showing whether the bucket is above, below, or precisely on the desired grade.

As the operator digs, the system continuously tracks bucket movement and updates the guidance display. This allows the operator to dig to grade without repeatedly stopping the machine to manually check depth or slope. It can significantly reduce the need for grade checking, stakes, measuring, and workers entering the excavation area while the machine is operating.

Unlike GPS/GNSS-based 3D machine control, traditional 2D guidance does not require a digital terrain model or satellite positioning to perform everyday grading tasks. The operator works from a defined reference—such as a benchmark, laser, target depth, or specified slope—and the system maintains that reference throughout the excavation.

2D machine control is particularly effective for trenching, foundations, drainage, utilities, landscaping, ponds, roadwork, site preparation, and slope work where the operator needs to consistently maintain a specific depth or angle.

For contractors, the value is straightforward: less measuring, fewer interruptions, reduced rework, greater consistency, and more productive machine time. The technology gives the operator immediate information in the cab, helping them make each bucket movement with greater confidence and accuracy.